Distributed generation (DG) is integrated in a passive distribution system to reduce power
loss, improve voltage profile, and increase power output. To reap the most benefits of the …

Voltage instability is a major problem facing power utility companies due to a lack of
maintenance and financial support to maintain the existing power system networks (PSN) …

In modern distribution network planning and operation, optimal distribution generation (DG)
placement has become increasingly important. Consequently, extending the optimal DG …

Electric power systems in most develo** countries, especially Ethiopia, are fed by radial
distribution systems (RDSs), which serve as the final link between the high voltage …

Modern distribution networks' scheduling faces many more challenges than traditional
networks. Because on the one hand, it must satisfy the technical and security constraints of …

The paper proposes the optimal placement of distributed generators (DGs) in radial
distribution system along with reconfiguration. The DGs which are considered in this paper …

This research addresses the problem of the optimal placement and sizing of (PV) sources in
medium voltage distribution grids through the application of the recently developed Newton …

Modern smart grid prospects necessitate handling abnormal operating conditions besides
conventional demands for improving power systems capabilities. Uncertain load and …

Natural disasters have great destructive power and can potentially wipe out great lengths of
power lines. A resilient grid can recover from adverse conditions and restore service quickly …

Multi-microgrid systems can improve the resiliency and reliability of the power system
network. Secure communication for multi-microgrid operation is a crucial issue that needs to …